Published 13 May 2024

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Britain’s development of a sovereign hypersonic strike capability is taking a substantial leap forward with a new agreement to facilitate collaboration on cutting edge tech.

Ninety organisations – large and small – from across industry and academia have secured a place on a £1 billion transformational Hypersonic Technologies & Capability Development Framework (HTCDF) agreement set up to rapidly develop advanced hypersonic missile capabilities for the UK.

The organisations accepted onto the eight-lot Framework, which is led by MOD’s Team Hypersonics (UK), will now be eligible to bid for contracts; the maximum value of the Framework across the next seven years is up to £1 billion.

The award of contracts on the Framework will be managed by commercial experts at DE&S.

Project delivery has been designed with pace in mind, with the Framework adopting mechanisms which align procurement and development objectives, preventing the traditional challenges that impede capability acquisition.

The approach to developing an agile route to market is part of a broader drive across MOD to increase the speed of defence procurement.

Team Hypersonics (UK) Programme Director Paul Wilson said:

“We had a fantastic response from those wanting to be part of what is an iconic national endeavour. In an unsettled world, the battlespace is continually evolving, and the UK MOD recognises the need for agility to ensure we can rapidly develop and deliver the capabilities our Armed Forces need to protect our interests and those of our allies.”

The announcement follows the Prime Minister’s statement setting out plans to spend 2.5% of GDP on defence by 2030 – meaning an additional £75 billion spent over the next six years – the biggest strengthening of the UK’s national defence in a generation.

The Framework was announced late last year after the UK Government indicated its intent to accelerate the development of a sovereign UK Hypersonic Strike Capability, whilst bolstering AUKUS collaboration with Australia and the United States.

The HTCDF has been designed to provide a responsive, agile route to market to facilitate capability realisation at pace. Uniquely it will be used to select suppliers to deliver services and supplies to support the research, development and testing of hypersonic technologies right through to a capability.

Intrinsically linked with MOD’s ambition to transform acquisition, the Framework enables focussed research to be spirally developed through varying Technical Readiness Levels (TRLs) onwards to a capability. The maturity of the services and supplies provided under the resulting Call Off contracts will be TRL 1 – 9.

Alongside established weapons manufacturers and academic institutions, nearly half of the suppliers will be Small and Medium Enterprises (SMEs), the vast majority of which are based in the UK. This diverse supply base will enable MOD to leverage the strength and breadth of UK and international talent and innovation across the defence enterprise.

Minister for Defence Procurement, James Cartlidge said:

“Hypersonics will be a landmark capability of the future and it is essential we keep pace with the developments of our adversaries. The Framework sends a clear demand signal to UK industry of our intention to develop hypersonics, which is critical for the nearly 50% of the suppliers which will be Small and Medium Enterprises (SMEs).”

The HTCDF will also re-open to new suppliers every 6 to 12 months to ensure that MOD can continue to draw upon new technologies and emerging market capabilities. Opportunities to join the Framework will be advertised on the UK MOD Defence Sourcing Portal (DSP).

The list of successful organisations who were awarded a place on the Framework include:

(Please scroll to access full list)

ABPS R & D Limited AIRBUS DEFENCE AND SPACE LTD Alchemmy Consulting
Alloyed Ltd AltaRange Ltd Amentum (UK) Limited
Arceon Arkeltd Avioniq Awareness Sweden AB
BAESYSTEMS BAE Systems Global Combat Systems Munitions Limited Blue Bear Systems Research Ltd
Bornea Dynamics Limited Bryce Space and Technology Limited C3 BioTechnologies Limited
CAE (UK) Plc Cambridge Consultants Consortium X LTD
Cranfield University Department of Engineering Science – University of Oxford Ebeni Limited
Element Digital Engineering Expleo Faculty Science Limited
Flare Bright Ltd Fluid Gravity Engineering Ltd Frazer-Nash Consultancy Ltd
General Dynamics UK Limited Glue Reply Goodrich Actuation Systems Limited
Goodwin International Ltd Grey Consultants Ltd t/a Exotopic High Temperature Material Systems Limited
Hypersonix Launch Systems Ltd Innovation & Design Engineering Ltd Innovation DB and Forum Ltd
Laser Additive Solutions Ltd Leidos Innovations UK LENA Space Limited
Marshall Slingsby Advanced Composites Martec LTD Mass Consultants Limited
Modux Limited Montvieux Limited NCC Operations Limited
Occam Group Limited Optima Systems Consultancy Limited Oxford Sigma Limited
PA Consulting Pentaxia Limited Piran Advanced Composites Limited
QinetiQ Limited Queen Mary University of London Radio Design Limited
Raytheon Systems Limited Reaction Engines Limited RED Scientific Limited
Rheinmetall Defence UK Rockwell Collins UK Limited Roxel UK
SecureCloud+ Limited Short Brothers Plc Skyrora Ltd
SmallSpark Space Systems Space Engine Systems Limited Stirling Simulation Services Limited
Synthetik Applied Technologies UK Ltd Survivability Consulting Ltd Sutton House Limited
Teledyne Reynolds Thales UK Limited Thompson Valves Ltd
TT Electronics Power Solutions (UK) TWI Limited Ultra PCS
University of Birmingham University of Liverpool University of Manchester
University of Southampton University of Strathclyde Varda Space Industries, inc.
Zircotec Ltd